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Test: Law of Inertia & Friction (June 3) - NEET MCQ


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10 Questions MCQ Test Daily Test for NEET Preparation - Test: Law of Inertia & Friction (June 3)

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Test: Law of Inertia & Friction (June 3) - Question 1

The term inertia was first used by 

Detailed Solution for Test: Law of Inertia & Friction (June 3) - Question 1

The term inertia was first used by Galileo.

Test: Law of Inertia & Friction (June 3) - Question 2

Inertia is that property of a body by virtue of which the body is

Detailed Solution for Test: Law of Inertia & Friction (June 3) - Question 2

Inertia means resistance to change. It is the property of the body by virtue of which it cannot change by itself its state of rest or of uniform motion.

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Test: Law of Inertia & Friction (June 3) - Question 3

A passenger getting down from a moving bus, falls in the direction of the motion of the bus, This is an example for

Detailed Solution for Test: Law of Inertia & Friction (June 3) - Question 3

A passenger getting down from a moving bus falls in the direction of the motion of the bus. This is because his feet come to rest on touching the ground an the remaining body continues to move due to inertia of motion.

Test: Law of Inertia & Friction (June 3) - Question 4

A ball is travelling with uniform translatory motion, This means that

Detailed Solution for Test: Law of Inertia & Friction (June 3) - Question 4

In uniform translatory motion, all parts of the ball have the same velocity in magnitude and direction and this velocity is constant.

Test: Law of Inertia & Friction (June 3) - Question 5

When a speeding bus stops suddenly, passengers are thrown forward from their seats because

Detailed Solution for Test: Law of Inertia & Friction (June 3) - Question 5

When the speeding bus stops suddenly, the lower part of the passengers’s body in contact with the seat remains at rest whereas the upper part of the body of the passengers continues to be in state of motion due to inertia. Hence, the passengers are thrown forward.

Test: Law of Inertia & Friction (June 3) - Question 6

Among the following sets, highest boiling points are of the species.

I. HF, HCI, HBr, HI
II. H2O, H2S, H2Se, H2Te
III. NH3,PH3, AsH3,SbH3

Detailed Solution for Test: Law of Inertia & Friction (June 3) - Question 6

F, O and N are electronegative elements. Thus, HF molecules are associated by intermolecules H-bonding giving it a liquid state and thus highest boiling point out of HF, HCl.HBr and HI.
Similarly, H2O has highest boiling point, and NH3 has highest boiling point.

Test: Law of Inertia & Friction (June 3) - Question 7

The H-bond is shortest in 

Detailed Solution for Test: Law of Inertia & Friction (June 3) - Question 7

A hydrogen bond is a weak type of force that forms a special type of dipole-dipole attraction which occurs when a hydrogen atom bonded to a strongly electronegative atom exists in the vicinity of another electronegative atom with a lone pair of electrons.
F is the most electronegative atom. Hence hydrogen bond is shortest in F - H ........F.

Test: Law of Inertia & Friction (June 3) - Question 8

What is the dominant intermolecular force or bond that must be overcome in converting liquid CH3CH2OH to vapours?

Detailed Solution for Test: Law of Inertia & Friction (June 3) - Question 8

CH3CH2OH is in liquid state due to association as a result of intermolecular H-bonding.

Test: Law of Inertia & Friction (June 3) - Question 9

Number of water molecules directly attached to one water molecule is

Detailed Solution for Test: Law of Inertia & Friction (June 3) - Question 9


One water molecule is directly attached to four water molecules. Thus, coordination number of water is 4.

Test: Law of Inertia & Friction (June 3) - Question 10

Consider the following compounds

I. HCI
II. HF
III. CH3COOH
IV. CH4
V. CH3OH
VI. CH3COO-

Q. 
H-bonding is not present in

Detailed Solution for Test: Law of Inertia & Friction (June 3) - Question 10

HCI: EN of Cl is smaller, hence less polar than HF.
CH4 :non-polar
CH3COO- : H attached to C-atom is non-polar hence
HCI, CH4, CH3COO- — lack H-bonding.

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